【正文】 力電子電路和系統(tǒng)的分析提供了嶄新的方法，可以使復(fù)雜的電力電子電路系統(tǒng)的分析和設(shè)計變得更加容易和有效。 2 MATLAB in power electronics application Abstract In the 1960s developed the power electronics. enabled the electrical energy to be possible to exchange and to control, has produced the modern each kind of highly effective energy conservation new power source and the alternating and direct speeder, was the industrial production, the transportation, the building work household automation has provided the modernized high technology and new technology, raised the production efficienc y and people39。s analysis certain plexity and the difficulty, generally the monly used waveform analysis and the partition linearization processing method studied the power electronics circuit. The modern puter simulation technology has provided the brandnew method for the power electronics circuit and system39。s analysis and the design bees is easier and is effective. The MATLAB is Corporation promotes by American Math Works uses in the numerical calculus and the graphic processing science putation software system is honored as “on the giant shoulder39。s simulation, 3 passed through expands unceasingly already became contains the correspondence electrical engineering optimization control and so on many domains the science putation software, might use in the power electronics circuit and the electric drive control system39。s simulation in the MATLAB foundation, studies and pares each kind of power electronics electron variable current electric circuit using the modern emulation technique. Key words: matlab, power electronics, simulation 4 目錄 MATLAB 在電力電子技術(shù)中的應(yīng)用 ................................................................................1 MATLAB in power electronics application ..........................................................................2 目錄 ...............................................................................................................................4 1 緒論 ............................................................................................................................6 關(guān)于 MATLAB 軟件 ...........................................................................................6 MATLAB 軟件是什么 ...............................................................................6 MATLAB 軟件的特點和基本操作 窗口 .......................................................7 MATLAB 軟件的基本操作方法 ............................................................... 10 電力電子技術(shù) ................................................................................................... 12 MATLAB 和電力電子技術(shù) ................................................................................ 13 本文完成的主要內(nèi)容 ........................................................................................ 14 2 MATLAB 軟件在電路中的應(yīng)用 .................................................................................. 15 基本電氣元件 ................................................................................................... 15 基本電氣元件簡介 .................................................................................. 15 如何調(diào)用基本電器元件功能模塊 ............................................................. 17 如何簡化電路的仿真模型 ................................................................................. 19 基本電路設(shè)計方法 ............................................................................................ 19 電源功能模塊 ......................................................................................... 19 典型電路設(shè)計方法 .................................................................................. 20 常用電路設(shè)計法 ............................................................................................... 21 模塊庫 ................................................................................. 21 ELECTRONICS 模塊庫 ............................................................... 22 MATLAB 中電路的數(shù)學(xué)描述法 ......................................................................... 22 3 電力電子變流 的仿真 .................................................................................................. 25 實驗的意義 ...................................................................................................... 25 交流 直流變流器 ............................................................................................. 25 單相橋式全控整流電路仿真 ................................................................... 26 三相橋式全控整流電 路仿真 ................................................................... 38 三相交流調(diào)壓器 .............................................................................................. 53 5 無中線星形聯(lián)結(jié) 三相交流調(diào)壓器 ............................................................ 53 支路控制三角形聯(lián)結(jié)三相交流調(diào)壓器 ..................................................... 59 交流 交流變頻電路仿真 ................................................................................... 64 矩陣式整流器的仿真 ........................................................................................ 67 MATLAB 在電力電子技術(shù)中的應(yīng)用 ................................................................................1 MATLAB in power electronics application ..........................................................................2 目錄 ...............................................................................................................................4 1 緒論 ............................................................................................................................7 關(guān)于 MATLAB 軟件 ...........................................................................................7 MATLAB 軟件是什么 ...............................................................................7 MATLAB 軟件的特點和基本操作窗口 .......................................................8 MATLAB 軟件的基本操作方法 ............................................................... 11 電力電子技術(shù) ...........................................................